charliex / charlie-x
The Hackaday.io project is published under charliex and preserves the 2015 badge development notes, build logs, and linked public repository trail.
SourceLayerOne 2015 · United States · 2015
PSoC4 blinky badge and VoCore OpenWRT network badge
LayerOne 2015's badge effort produced two electronic badge designs documented by the official Hardware Hacking Village archive and CharlieX's Hackaday.io project: a battery-powered PSoC4, ESP8266, and WS2812B blinky badge plus a VoCore/RT5350F OpenWRT network badge with Wi-Fi and dual Ethernet intent.
People
The Hackaday.io project is published under charliex and preserves the 2015 badge development notes, build logs, and linked public repository trail.
SourceOfficial LayerOne HHV pages establish the public electronic-badge link trail for both 2015 badges.
SourceHackaday's LayerOne HHV coverage corroborates the two-badge 2015 hacking-village context.
SourceIt captures a LayerOne year where badgelife split into two hackable surfaces at once: a visible addressable-LED badge for attendee light effects and wireless experiments, and a compact Linux/OpenWRT network badge for security-conference hacking workflows.
The Hackaday.io project describes the blinky badge as a 3.3 V PSoC4 design with ESP8266 Wi-Fi, WS2812B LEDs, I/O ports, 3 V to 5 V level-shifting work, diode reverse-polarity protection, two CR123A cells, daisy-chain behavior, and pick-and-place assembly. The second badge is documented around a VoCore module with RT5350F, OpenWRT, Wi-Fi, two Ethernet ports, USB host/storage goals, microSD and mini-USB supporting parts, and heatsink work.
The project says PSoC LED routines were back-ported from a PC lightserver and kept a UDP drive path for sending patterns or RGB blocks from another Wi-Fi device. The VoCore side documents OpenWRT buildroot setup, RT5350/VoCore menuconfig, LuCI, USB storage modules, sysupgrade flashing, first-login/telnet setup, SSH/telnet administration, opkg package work, and BusyBox/OpenWRT basics.
LayerOne's HHV archive names the 2015 Electronic Badge and links CharlieX's Hackaday.io build details for both badges. Build logs say kits were made, speaker and staff badges were built, LED badges were being assembled with a TM-220A pick-and-place, and the boards were chainable; earlier logs preserve prototype mistakes, VoCore USB mirroring, level-shifter changes, and final-manufacturing pressure.
Lifecycle
The second badge is documented around a VoCore/RT5350F module running OpenWRT with Wi-Fi, two Ethernet ports, USB host/storage goals, and heatsink work.
SourceThe Hackaday.io project describes a battery-powered blinky badge using PSoC4, ESP8266 Wi-Fi, WS2812B LEDs, I/O ports, and 3.3 V logic with LED level-shifting work.
SourceThe project details say PSoC routines were back-ported from a PC lightserver and left able to receive patterns or blocks of RGB values over UDP from another Wi-Fi device.
SourceThe VoCore notes document OpenWRT buildroot setup, LuCI and USB-storage package choices, sysupgrade flashing, first-login password setup, SSH/telnet access, and opkg package work.
SourceProject details and build logs document two CR123A cells, diode reverse-polarity protection, battery tests, WS2812B failure observations, and boards chainable by VCC, ground, and LED data output.
SourceThe building-badges log says kits were made, speaker and staff badges were built, and LED badges were being assembled with a TM-220A pick-and-place shortly before the conference.
SourceOperational history
Readers see the two-source-backed badge designs without treating one board's hardware, firmware, or production state as universal to the other.
The United States record remains source-backed and image-free rather than copying source-page media, documentation screenshots, event photos, social media, placeholders, or generated approximations.
The catalogue records the source-backed architecture and build status while avoiding unsupported claims about every final shipped component, firmware image, quantity, or attendee role.